Waste Liquid Treatment And Regeneration Equipment
Product Features
Customized Design:
Based on the unique characteristics of clients' specific industrial wastewater (including machining cutting fluids, acidic/alkaline waste liquids, grinding fluids, electroplating wastewater, cleaning wastewater, etc.), the equipment provides tailored wastewater treatment solutions to ensure targeted processing of various industrial wastewaters.
Efficient Treatment Process:
Integrates advanced technologies such as chemical separation, membrane filtration, biodegradation, and low-temperature evaporation to rapidly and deeply purify industrial wastewater, meeting discharge or reuse standards.
Intelligent Automation:
The PLC control system monitors the treatment process in real time, automatically adjusts parameters, triggers fault alarms, and achieves unattended operation through online monitoring of equipment performance, reducing labor costs and improving management efficiency.
Robust and Corrosion-Resistant:
Constructed from high-quality corrosion-resistant materials and precision anti-fouling/oil-resistant filter components, the equipment can withstand harsh industrial environments and ensure long-term stable operation.
Energy Efficiency:
Optimized process flows and energy-saving mechanical equipment reduce energy consumption, enhance production efficiency, and lower operational costs.
Product Introduction
This equipment is specially designed for efficient industrial wastewater treatment. It provides tailored solutions based on the wastewater characteristics of different industries, including chemical, electroplating, and food processing industries. By integrating advanced processes such as chemical separation, low-temperature distillation, biodegradation, and membrane filtration, it can effectively remove pollutants to meet discharge standards or achieve reclaimed water reuse.
Supported by an intelligent control system, the equipment continuously monitors parameters such as water quality and flow, automatically adjusting operations to achieve unattended performance. Its corrosion-resistant structure ensures durability under harsh conditions, while the energy-efficient design minimizes environmental impact and operational costs, supporting sustainable industrial development.
